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The BIDMC Brain Aneurysm Institute was established in 2013 for the management and care of patients with routine and complex blood vessel disorders and to provide patients with all modalities of treatment
"I’ve had a very challenging 6 months. You were a constant source of guidance and support. The time you spent helping me and my family understand my diagnosis and treatment options made such a difference in my ability to move forward. we have all appreciated you incredible patience. I will always the way you cared for me as a model of how I will care for my patients--with limitless patience, kindness, and a sense of partnership."
"Just a note of thanks for the meticulous care you gave Tony during and after his operation. He has responded magnificently and continues to improve daily. Thanks to Dr Thomas, Tony received the greatest care throughout and we are most grateful."
Surgical and Endovascular treatment of brain aneurysms, Arteriovenous Malformation ( AVM’s), Cavernous Malformation, Carotid Disease, Moya Moya disease, Acute Stroke (thrombolysis), Subarachnoid Hemorrhage (SAH), Vertebrobasilar artery stenosis, Intracranial Artery Stenosis, Spinal cord disease and malformations
Aetna HMO1, Aetna NonHMO, BC Medicare Advantage HMO, BCBS Diagnostic Imaging, Blue Care Elect, Blue Cross/Blue Shield Indemnity, BMC Healthnet, Cigna, Commonwealth Care Alliance-One Care, Commonwealth Care Alliance-SCO (CCA-ACO), Consolidated Health Plans, Fallon Commercial, Fallon Medicare Advantage, Firsthealth, Harvard Pilgrim Healthcare1, HMO Blue Network Blue, Integrated Health Plan, Medicaid, Medicare, Medicare Revalidation, MMIS PIN, Multiplan/PHCS, Neighborhood Health Plan, Senior Whole Health, TRICARE/Health Net Federal Services, Tufts Associated Health Plans, Tufts Health Public Plan MCO, Tufts Medicare Preferred HMO, Tufts SCO, Unicare State Indemnity Plan (GIC), United Healthcare, United Senior Care Options
My colleagues and I have built the Stroke Interventional Program, a superb stroke program, unique to the Boston medical community, which allows for the efficient transfer of patients to BIDMC where we have a dedicated team of stroke neurologists, interventionists, anesthesiologists and interventionsists to assess and treat stroke patients within the vital time frame of six to eight hours when intervention is of benefit
The vascular method which uses the body’s blood vessels to carry these stem cells to the brain, appeals to me for two reasons. First, I believe it’s important to have another option to deliver stem cells to the brain. Secondly, the brain is a complex system, and the path through which directly injected cells travel through the brain is unpredictable.
I have also been involved in medical instrumentation design and innovation. A recent collaborative project with Harvard Engineering school to design a safer cranial drill won the Excellence in Medical Device Design Award from the Harvard School of Engineering and Applied Sciences and the Freduenstein/ General Motors Young Investigator Award. It also received a US patent. With George Verghese, PhD, from the Electrical Engineering Department of MIT, we are investigating the use of transcranial Dopplers to measure intracranial pressures noninvasively. This algorithm has already been validated in subarachnoid hemorrhage patients with ventricular drains.
The clinicians at BIDMC really care for each patient on an individual level. The hospital always has the best interest of its patients on its mind—a fact which is evident in the amount of services that we provide: services that can be expensive to fund or do not necessarily generate money for the hospital but are nonetheless important.
Studying the brain is challenging and what I consider to be the last frontier of medicine. Researching cell transplantation in spinal cord injuries was what sparked my initial interest in treating people with brain damage—there was just so much we didn’t know.
A stroke, aneurysm, or physical trauma results in brain damage when there is a loss of blood flow to cells causing portions of the brain to die. Researchers are studying how stem cells, which have the ability to grow into many different types of cells, can be used to regenerate or grow specific types of new cells. Right now, most research is focused on how to best inject stem cells directly into the brain in order to regenerate cells in the damaged areas. As an endovascular surgeon I’m researching an alternative method of stem cell delivery to the brain—by injecting cells in the arteries of the groin.
Keywords: Aneurysm, Arteriovenous Malformation ( AVM’s), Cavernous Malformation, Carotid Disease , Moya Moya disease, Acute Stroke (thrombolysis), Subarachnoid Hemorrhage (SAH), Vertebrobasilar artery stenosis, Intracranial Artery Stenosis, Spinal cord disease and malformations